This research demonstrates stability and photocatalytic enhancement in Cr(VI) reduction using TA-assisted techniques.
redox cycle. Meanwhile, TA acted as an efficient hole scavenger, suppressing charge recombination and thereby ensuring a high concentration and lifetime of photogenerated electrons for efficient Cr(VI) reduction. This work proposed an effective interfacial engineering strategy to synergistically enhance the photoactivity and stability of MOF-based catalysts, offering insights for developing advanced catalysts for Cr(VI) reduction.
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Liang et al. (2026) studied this question.
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